3D Printing Service in Melbourne
Need a prototype, a custom part or a short production run? Our 3D printing service helps Melbourne businesses turn CAD designs into practical parts for testing, product development and manufacturing.
Upload your STL, STEP, 3MF or another supported file to get an instant price for eligible jobs. If your model needs checking, repair or design changes before printing, our CAD team can help. We’ll help you choose a suitable printing process and material based on how the part will be used. Parts are manufactured in Australia and delivered to your Melbourne address.
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3D Printing Services in Melbourne for Business Projects
For custom 3D printing in Melbourne, the right process depends on what you need the part to do. A prototype for a fit check has different requirements from a working component or a small production batch.
Our 3D printing services help Melbourne businesses compare suitable processes, materials and finishes for their projects. Explore the options below, from detailed resin models to functional nylon parts. Not sure which process suits your design? Send us your CAD file and explain how the part will be used, and our team can help you narrow down the options.
For material properties and typical applications, see our materials guide.
3D Printed Trophies
Custom trophies and awards for corporate events, sport and recognition programs, with a chrome-plated finish available.
Exhibition Models
Scale models and product replicas for trade shows, showrooms and launches, printed and finished to be seen up close.
FDM 3d Printing
Cost-effective parts in ABS, ASA, PETG, nylon, polycarbonate and ULTEM for jigs, fixtures, housings and larger prototypes.
SLA Printing
Resin parts with fine detail and smooth surfaces for appearance models, clear components and fit checks before tooling.
CNC Machining
Machined parts in metals and engineering plastics when a tolerance, surface finish or material grade calls for machining.
SLS 3d Printing
Tough nylon parts printed without support structures, ideal for functional prototypes, snap fits and small batches.
Vacuum Casting
Polyurethane parts cast in silicone moulds, giving production-like copies for short runs before you invest in tooling.
Metal Printing
Stainless steel, aluminium and titanium parts for complex, lightweight shapes that are difficult or slow to machine.
Polyjet Printing
Multi-material and full-colour models with rubber-like and clear areas, for realistic product samples and overmould prototypes.
Carbon-Fibre
Carbon-fibre reinforced nylon parts that are stiff and light, suited to brackets, tooling, drone and automotive parts.
Polymer Printing
High-performance polymers such as PEEK, ULTEM and polycarbonate for parts exposed to heat, load or chemicals.
Chrome Plating
Decorative and hard chrome plating done in-house on metals, moulded plastics and 3D prints, from show finishes to wear surfaces.
Chocolate Moulding
Custom chocolate moulds for confectioners and brands, designed from your artwork or 3D model.
Architectural Model
Scale models of buildings, sites and interiors for client presentations, planning submissions and sales displays.
Injection Moulding
Tooling and moulded plastic parts for higher volumes, once your design has been proven with printed prototypes.
SLA Printing
Stereolithography (SLA) is a 3D printing technique…
SLS 3d Printing
SLS is very good for producing prototypes which…
FDM 3d Printing
FDM stands for Fused Deposition Modeling. It is a…
Metal Printing
Direct metal 3d printing produces high-quality…
Polyjet Printing
In this Polyjet 3d printing technology, layers of…
3d Printed Trophies
We have an expert team that caters to our clients…
Exhibition Models
Exhibition Display models play a crucial role in…
Architectural Model
We are the best 3D printing platform that provides excellent solutions…
Chrome Plating
Direct metal 3d printing produces high-quality…
CNC Machining
We provide prototype and small volume…
Vacuum Casting
CAD Deziners deals in vacuum casting…
Carbon Fiber
Metals and materials have been the base…
Injection Moulding
We are specialized in providing you the best plastic injection...
Polymer Printing
We have deployed the machinery that pertains…
Over Moulding
With the development of Over Moulding 3D printing, taking prototyping...
Powder Bed Fusion
Powder Bed Fusion 3D printing is steadily emerging as an invaluable tool...
Binder Jetting
Binder Jetting 3D Printing is a remarkable innovation that has revolutionized...
Why Melbourne Businesses Choose Our 3D Printing Service
Choosing a 3D printing company in Melbourne is about more than getting a part made.
You need a team that understands your design, helps you choose the right process and checks the job before dispatch.
We work with businesses on prototypes, custom components and small production runs, with CAD support available when a design needs attention before printing.
Design and CAD Support
A print is only as good as the file behind it. As a brand of CAD Deziners, 3D Printings can support your project with 2D and 3D drafting, file repair and design-for-printing advice. If your model needs adjustments before production, our team can help identify the changes needed to prepare it for printing.
The Right Process for the Part
Not every part needs the same manufacturing method. We offer FDM, SLA, SLS, Multi Jet Fusion, PolyJet and metal printing, alongside casting and moulding options.We help you consider the part's purpose, material requirements and finish so you can choose a suitable option for your project.
Checked Before Dispatch
Before your parts are packed, each order is checked against your specifications. If we identify file issues such as thin walls or open surfaces before production, we raise them with you so they can be addressed before manufacturing begins.
Australian Owned, 8+ Years
3D Printings is an Australian-owned business with more than eight years in 3D printing. Our Australian manufacturing and CAD support services help businesses turn designs into physical parts, with clear communication from the initial file review through to delivery.
3D Printing Applications Across Melbourne Industries
From product development to replacement components, 3D printing helps businesses test designs, make custom parts and prepare products for production. Our services support a range of applications for Melbourne manufacturers, engineers, designers and research teams, depending on the part, material and project requirements.
Automotive
Develop brackets, ducting, housings, jigs and test-fit parts for automotive products and components. Nylon, ASA and carbon-fibre-reinforced nylon can suit different applications, from early prototypes to small batches, depending on the strength, heat and environmental requirements.
Aerospace
Create lightweight prototypes, tooling and components for aerospace projects. ULTEM 9085 may suit applications that require flame-retardant properties, while metal printing can be considered for complex, weight-sensitive components where the design and specifications allow.
Architecture
Develop device housings, laboratory fixtures, anatomical models and research prototypes. For projects requiring specific material properties, our team can help assess suitable printing options against the intended application and project specifications.
Medical and Research
Device housings, lab fixtures and anatomical or training models. Ask about PolyJet MED610 if your application needs a medical-grade material.
Education
Support student projects, teaching aids and research work with custom-printed parts and models. Schools, TAFEs and universities can use prototypes to demonstrate concepts, test designs and explore engineering ideas.
Entertainment
Create props, costume components, set details and display pieces for film, theatre and events. Different printing processes and finishing options can help achieve the required shape, detail and appearance.
Electronics
Prototype enclosures, mounts, brackets and cable-management components for electronic products. Printed housings in suitable materials, such as ABS or PC-ABS, can help with design reviews and fit checks before committing to production tooling.
Defence
Develop prototype and tooling parts using suitable engineering polymers or metals, subject to the project's specifications and requirements. Share the intended application and relevant material requirements when requesting a quote so the options can be assessed.
Marine
Produce custom covers, clips, fittings and replacement components for marine applications. Depending on the operating environment, materials such as UV-stable ASA or 316 stainless steel may be suitable options to consider.
From First Prototype to Production Run
Most projects move through stages: a quick concept model, a functional prototype to test fit and strength, then a short run or a switch to moulding. Early concepts are usually printed in PLA or standard resin to keep costs low, while functional tests call for nylon or engineering plastics that behave more like the final part. We support each stage, so you keep one point of contact and consistent files from start to finish. When volumes outgrow printing, vacuum casting and injection moulding are quoted by the same team, and our CAD drafting service can adapt the design for the new process.
Choosing the Right 3D Printing Materials
Nylon is the usual choice for functional parts. Printed by SLS or Multi Jet Fusion in PA12 or PA11, it is tough, slightly flexible and good for snap fits, ducting, enclosures and moving parts. Glass-filled nylon adds stiffness and heat resistance, and Alumide gives a metallic look. Choose nylon when a part will be handled, loaded or assembled and strength matters more than a glossy surface.
ABS is a familiar engineering plastic for housings, brackets and fixtures, with good impact strength and moderate heat resistance. ASA behaves in a similar way but resists UV light, so it keeps its colour and strength outdoors. Both are printed with FDM, which keeps the cost of larger parts down. If you need a smooth, moulded-looking surface, SLA resin or extra finishing is the better route.
ULTEM is a high-performance PEI thermoplastic for parts that face heat, load or fire-safety requirements.
ULTEM 9085 is flame-retardant and widely used for aircraft interiors and transport parts. ULTEM 1010 has higher heat resistance and strength, which suits tooling and fixtures used at elevated temperatures. Both cost more than ABS or nylon, so we suggest them only when the application needs them.
Flexible options include TPU (printed by FDM or SLS), Flexible 80A resin and PolyJet Agilus30. They suit gaskets, seals, grips, bumpers and soft-touch prototypes.
Hardness, wall thickness and the printing process all change how a part feels, so tell us whether it needs to compress, bend repeatedly or absorb impact, and we will suggest the closest match.
Metal printing builds parts in 316 stainless steel, aluminium and titanium alloys such as Ti-6Al-4V, as well as copper, brass and bronze. It suits complex, lightweight or consolidated designs that would be difficult to machine. Most metal parts need support removal and machining or finishing on critical faces, so include a drawing that shows tolerances and mating surfaces.
Our metal 3D printing page covers the process in more detail.
PolyJet combines rigid, rubber-like and clear materials in one print, and can produce full-colour models. It is ideal for realistic product samples, presentation models and overmould prototypes.
PolyJet parts are best for look and feel rather than heavy loads or long-term outdoor use, so pair them with a functional print in nylon or ABS when you need both.
PLA and PETG are the most economical FDM materials. PLA prints crisp detail and suits concept models, display pieces and fit checks, but it softens at fairly low temperatures.
PETG is tougher and handles heat and moisture better, so it works for simple functional parts, covers and brackets.
Both are sensible first choices when cost and appearance matter more than performance.
SLA resins give the smoothest surface and finest detail of the common processes.
Standard white, black and clear resins suit appearance models and see-through prototypes, ABS-like and tough resins handle light snap fits, and high-temperature resin suits heat-exposed tests.
Resin parts can become brittle with long UV exposure, so they are better for prototypes than outdoor end-use parts.
How to Order 3D Printing in Melbourne
Ordering takes a few minutes online. Standard jobs are priced instantly, and complex or multi-part jobs can be sent through the quote form for review by our team.
Upload CAD file
Upload STL, STEP, 3MF, OBJ or IGES files up to 70 MB through our secure online quote page.
Confirm specs
Choose the process, material, colour, quantity and finish, and add notes on tolerances or how the part will be used.
Receive instant quote
See your price straight away and compare materials or quantities before you order, with no obligation to proceed.
Manufacturing
Production starts once you confirm. Standard turnaround is 5–10 days, depending on the process, material, size and quantity.
Quality control
Parts are checked against your order specification and finish before they are packed for dispatch.
Delivery
Orders are delivered to your business anywhere in Melbourne, across Victoria or Australia-wide.
Our Projects
A selection of finished work across SLA, SLS, FDM, PolyJet, carbon fibre, chrome plating, chocolate moulding and injection moulding. Choose a category to see the parts and the processes behind them.
What Does 3D Printing Cost in Melbourne?
Cost-Effective and Dependable
Price depends mainly on the process, the material, how much material the part uses, its size in the machine and any finishing.
Two parts with the same outside dimensions can be priced very differently if one is a simple FDM bracket and the other a polished resin enclosure.
Premium Quality Control
Quantity matters too. SLS and MJF nylon parts can be packed together in one build, so batches often cost less per part than one-offs.
As volumes grow, vacuum casting or injection moulding may become better value, and we can price both.
Transparent Pricing with No Hidden Fees
Upload your file for an instant price, then change the material or quantity to compare options. You see the full cost before you commit, and we can point out design changes that would bring it down.
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FAQ
The main factors are the printing process, the material, the volume of material in the part, its size in the machine, the quantity and any finishing. Metals and high-performance polymers such as ULTEM and PEEK cost more than nylon, ABS or PLA. Batches of nylon parts are often cheaper per part than one-offs because they share a build. Upload your file for an instant price, and change the material or quantity to see how each option affects the total.
Most 3D printing orders take 5–10 days from order confirmation. The actual turnaround depends on more than how long a part takes to print.
Small components in commonly used materials are generally quicker to produce, while large parts may require longer machine time and metal prints can involve additional processing.
Larger production batches and finishing work, such as chrome plating, can extend the schedule further. If your parts are needed for a prototype review, product launch or manufacturing deadline, include your required delivery date when requesting a quote.
We can then confirm the expected turnaround before you commit to the order.
We offer a range of 3D printing materials in Melbourne, from everyday plastics for prototypes to engineering-grade polymers and metals for demanding applications.
FDM options include PLA, PETG, ABS, ASA, polycarbonate, nylon, carbon-fibre nylon, ULTEM 9085, ULTEM 1010, PEEK and TPU.
For SLA, you can choose standard, tough, clear, flexible and high-temperature resins.
SLS and MJF support materials such as PA11, PA12, glass-filled nylon and Alumide, while PolyJet offers Vero, Agilus30 and MED610.
For metal parts, available options include stainless steel, aluminium, titanium, copper, brass and bronze. The right material depends on your part's strength, flexibility, temperature requirements, surface finish and intended use.
Check the material options in our online quote form or consult our materials guide to find a suitable option for your project.
Yes. Our 3D printing service in Melbourne handles both single prototypes and larger production batches.
You can print one part to check dimensions, test how components fit together, assess functionality or review the finished appearance before committing to a larger run.
When you need multiple parts, SLS and MJF nylon printing can offer a cost-effective option, particularly when several components can be produced in the same build.
For orders involving hundreds or thousands of identical parts, we can also compare 3D printing with vacuum casting or injection moulding.
The most suitable process depends on your part design, material requirements, order volume and budget.
Upload your CAD file to compare pricing and identify the right manufacturing option for your project.
Finishing options for 3D printed parts in Melbourne depend on the printing process, material and surface finish you need.
Every part has its supports and excess powder or resin removed as required.
For a more specialised finish, we offer in-house decorative chrome plating and hard chrome plating on SLA, SLS, FDM and PolyJet prints.
Decorative chrome plating gives parts a metallic appearance, while hard chrome plating can provide a harder, more wear-resistant surface.
If your component needs a particular appearance or surface property, describe the application and finish in your quote request.
We can then assess which options are suitable for your part.
Getting started is straightforward.
Upload your CAD file through our online instant quote page, then select your preferred material, order quantity and finishing requirements to see the price before placing your order.
If your project involves complex geometry, specialised materials or specific performance requirements, include a few notes about how the part will be used so we can assess the job properly. You don't have to start with a print-ready model, either.
Our CAD drafting team can help prepare or redraw your design for 3D printing if it needs further work.
Before manufacturing begins, we confirm the project details with you so the selected specifications match your requirements.
We accept STL, STEP (.step/.stp), 3MF, OBJ, IGES (.iges/.igs), WRL, ZIP and IMG files, along with PDF files containing models and textures, up to 70 MB. If your design includes precise dimensions or mating components that need to fit together, a STEP file is a useful starting point because it preserves CAD geometry. STL and 3MF files are also suitable for submitting 3D models, depending on how the part was designed and exported. Don't have a finished 3D model yet? You can still send us your technical drawing or sketch.
Our CAD drafting team can help turn your design into a 3D model ready for manufacturing.
Upload your available files through our quote form so we can assess your project and its requirements.
Yes, we offer CNC machining in Melbourne for parts that are better suited to machining than 3D printing.
For example, a component may need accurately machined faces, specific dimensions or a particular metal grade that makes CNC machining the more suitable option.
The right process depends on the part's geometry, material, tolerances and intended use.
Explore our CNC machining in Melbourne page to learn more about the service and quoting process.
If you're unsure which method suits your design, include both 3D printing and CNC machining in your quote request so we can assess the options for your project.
